As I relax from the 365 challenge, I am finally getting the need to fold again:
Fractal folding is relaxing and yet challenging, Shuzo Fujimoto’s Hydrangea fractal seems to be able to be tessellated also.
In these 2 folds I experimented with different densities of repeat, discovering that accuracy matters – a fraction of a millimeter initially magnifies as the folding progresses. Continue reading
Christmas is many things to many people. For me it is another chance to get together with family and catch up over a shared feast:
I hope that wherever you find yourself, you stay safe and look after each other, share some joy, love, hugs and laughter. Merry Christmas, ho ho ho and all that humbug. Continue reading
Time is scarce but this was folded while kids were doing a really hard test, figured I should try something hard also:
This is a level 6 fractal fold of the previously folded Shuzo Fujimoto Hydrangea, and a beauty to behold. Continue reading
Further exploring Shuzo Fujimoto’s “Hydrangea” fractal, it seems they can also be tessellated:
This is a 4x fold, but I have seen many many more, closer together also, interweaving and other mind-boggling combinations.
This fold has taken an age – started 4 days ago, finished yesterday (I had already decided on the spring shoot for yesterday’s fold) it is a lovely frame. Continue reading
Speaking of fractals, as I was (well, kinda sorta) I realised I had never tried the Fujimoto Hydrangea fold before:
This is an interesting thing, with each iteration folded inside the previous – in theory you can keep folding this infinitely. In reality the tryanny of paper thickness and fat clumsy fingers stops you. Continue reading
Starting with a square-twist tessellation, you add to the intensity by folding it some more:
Alternating spin squares with stars, you get this nightmare of paper torture. Continue reading
This torturous little bugger of a tessellation seemed to eat paper like nothing else:
Shuzo Fujimoto’s design of a clover-like tessellation that spreads from a central point is an interesting exercise in layer rearrangement, resulting in a lovely eye-popping pyramid-like structure that has dimensionality. The resultant folded form is much less than a 1/4 the size of the original sheet and is very dense in places and is naturally concave on the underside. Continue reading